Integrated light in direct excitation and energy transfer luminescence

TL;DR

This paper investigates integrated light in direct excitation and energy transfer luminescence, showing it equals the product of generation rate and excitation pulse duration, considering monomolecular centers.

Contribution

It introduces a unified analysis of integrated light in both excitation types, accounting for monomolecular centers, and derives a simple relation for the integrated light.

Findings

Integrated light equals generation rate times excitation duration.

The relation holds for both direct excitation and energy transfer luminescence.

Monomolecular centers are key in the analysis.

Abstract

Integrated light in direct excitation and energy transfer luminescence has been investigated. In the investigations reported here, monomolecular centers were taken into account. It was found that the integrated light is equal to the product of generation rate and time of duration of excitation pulse for both direct excitation and energy transfer luminescence.